An India-focused bladder-stone guide covering urinary obstruction, stone analysis, struvite dissolution, calcium oxalate limits, removal options, diet and recurrence prevention.

Repeated squatting or leg-lifting with only drops or no urine
Crying, restlessness, vomiting or a painful tense abdomen
Weakness, collapse, slow heart rate or severe lethargy
Known bladder stones with a sudden change in urine flow
Urine leaking around an obstruction or blood with increasing distress

The major stone types are biologically different

Stone type	Typical features	Core management principle
Struvite	Often associated with urinary infection in dogs	Treat infection and use a validated dissolution diet when appropriate
Calcium oxalate	Common in some male and small breeds; not diet-dissolvable	Remove physically and reduce recurrence risk
Urate	May be associated with breed metabolism or liver vascular abnormalities	Assess liver function and use type-specific diet/medication
Cystine	Linked to inherited amino-acid transport and hormonal influence in some males	Increase dilution, alter urine chemistry and consider hormonal management
Silica or mixed stones	Less common; diet or environmental exposures may contribute	Analyse the stone and build an individual plan

Predicting mineral type uses breed, sex, age, urine pH, crystals, bacterial culture and radiographic appearance, but prediction can be wrong. Mixed stones are common enough that a “one food fixes all stones” approach is unsafe.

Diagnosis: urine, imaging and obstruction assessment

Urinalysis evaluates concentration, pH, blood, inflammatory cells and crystals. A urine culture is important when infection is suspected, ideally from a sterile sample. Radiographs detect many mineral types, while ultrasound can identify radiolucent stones and assess the bladder wall, kidneys and ureters.

The veterinarian also checks whether the dog can empty the bladder, whether stones have entered the urethra and whether kidney values or electrolytes are abnormal. Male dogs, especially small breeds, have greater obstruction risk because of the urethral anatomy.

Choosing among dissolution, minimally invasive removal and surgery

Medical dissolution

Appropriate mainly for predicted infection-induced struvite stones when the dog is stable, compliant and can be monitored.

Voiding urohydropropulsion

Small smooth stones may be flushed out under sedation or anaesthesia in selected patients.

Cystoscopic or laser techniques

Specialist centres may retrieve or fragment stones through minimally invasive equipment.

Cystotomy

Open surgical bladder removal is widely available and may be fastest for large burdens, obstruction risk or non-dissolvable stones.

Treatment choice depends on stone size and number, sex, urethral diameter, anaesthetic risk, local equipment, cost and urgency. Obstructing stones require immediate decompression and removal planning; they are not candidates for a slow home diet trial.

How struvite diet dissolution works

In dogs, struvite is frequently driven by urease-producing urinary infection. Treatment therefore combines an effective antimicrobial selected from culture whenever possible with a therapeutic dissolution diet. The diet alters urine composition and increases conditions unfavourable for the mineral while supporting dilution.

Only the prescribed food and permitted items should be fed. Extra meat, mineral supplements, milk, chapati, treats or another dog’s food can change the urine environment. Follow-up imaging is necessary to prove that stones are shrinking. Lack of change should trigger a compliance, culture and stone-type review—not indefinite feeding.

Important: Do not use urine acidifiers, alkalinisers, calcium supplements, vitamin C, salt or herbal “stone breakers” without mineral-specific veterinary instruction. The wrong urine change can increase another type of stone.

After removal: insist on stone analysis

All retrieved material should be submitted for quantitative mineral analysis rather than identified by colour or texture. If possible, collect both the centre and outer layers because mixed composition can alter prevention. A bladder radiograph or ultrasound after removal may be recommended to confirm that no stones remain.

Dogs with infection should have follow-up culture according to the treatment plan. Recurrent infection may indicate an anatomical problem, resistant bacteria, incomplete removal or an underlying disease such as diabetes or Cushing’s syndrome.

Prevention is stone-specific

Increase water intake using canned therapeutic food, added water or multiple clean bowls when medically appropriate.
Feed the exact prevention diet and measure portions to avoid obesity.
Provide frequent toilet opportunities; long urine retention may work against dilution goals.
Perform follow-up urinalysis, culture and imaging at the intervals set by the veterinarian.
Investigate endocrine, liver, urinary or anatomical disease that contributes to recurrence.
Avoid changing diets solely because crystals appear on one old or poorly stored urine sample.

A home monitoring record

Track urine frequency, stream strength, straining, accidents, visible blood, water intake and appetite. In a multi-dog household, supervised toilet breaks may be needed to know which dog urinated. During boarding, provide a written obstruction warning and authorisation for immediate hospital transport.

Dogsvilla practical tip: Ask for a photograph of the stone-analysis report and save it with the diet name. “Bladder stones” is not enough information when the dog sees a new veterinarian years later.